Not sure which heat pump fits your facility? We help engineers and facility managers select, size, and commission the right air-source, water-source, or geothermal heat pump system — with clear energy savings data and full lifecycle support.
From compact commercial units to large-scale industrial heat pumps, find the right system for your facility's heating and cooling needs.
High-efficiency air-to-water and air-to-air heat pumps with COP ratings up to 4.8. Ideal for commercial buildings, offices, and hospitality facilities seeking rapid ROI with minimal installation complexity.
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Leveraging groundwater, lake, or river sources to achieve COP values of 4.5 to 5.2 under stable source temperature conditions. Engineered for district heating networks, large campuses, and process heating where source temperatures between 10-25 degrees C enable consistent seasonal performance.
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Geothermal systems achieving seasonal COP of 4.0 to 5.0 by utilizing stable ground temperatures of 8-14 degrees C year-round. Vertical borehole (100-150m) and horizontal loop configurations for new builds and major retrofits. Higher upfront cost than air-source alternatives, but lower operating costs over a 15-20 year equipment lifecycle.
Request Specifications →Every Dimplex heat pump system is designed with the F-Gas Regulation phase-down in mind. Our engineering team helps you plan the transition from conventional gas boilers to high-efficiency heat pump platforms with verified payback timelines.
We support low-GWP refrigerants including R-290 (propane) and R-744 (CO2), ensuring your investment aligns with current and future environmental regulations across Europe and North America.
Representative project outcomes from commercial heat pump installations across three application types.
A 12-building office campus in northern Europe transitioned from centralized gas boilers to distributed air-source heat pumps over two phases (2022-2023). Each building received a 60 kW air-to-water unit with COP averaging 4.1 at winter design conditions of -5 degrees C. Heating energy consumption dropped by 38% in the first full heating season, verified against prior utility billing data. The project included integration with the existing building management system via BACnet protocol.
A pharmaceutical distribution warehouse required temperature control within a 2 degrees C band for active ingredient storage. Two 120 kW water-source heat pumps operate in lead-lag configuration with automatic failover. Remote monitoring via IoT-connected controllers logs temperature data every 60 seconds for GMP audit trails. System uptime has exceeded 99.5% across 24 months of continuous operation with quarterly maintenance visits.
A 2 MW water-source heat pump system captures waste heat at 35 degrees C from server cooling loops and boosts it to 75 degrees C for injection into a municipal district heating network. The installation uses R-744 (CO2) in a transcritical cycle, achieving a COP of 4.8 at design conditions. The recovered heat displaces approximately 1,200 MWh of natural gas annually, reducing the data center operator's scope 2 emissions and generating a secondary revenue stream from heat sales.
Answers to the most common questions from facility managers and engineers evaluating heat pump systems.
Depending on the system type and source temperature, commercial heat pumps typically achieve COP ratings between 3.5 and 5.2. Air-source units range from 3.5 to 4.8, while water-source and ground-source systems can reach 4.5 to 5.2 under optimal conditions. Dimplex provides AHRI-certified COP data for every model.
In most cases, yes. Our engineering team conducts a detailed energy analysis of your existing heating infrastructure and designs a phased transition plan. Many facilities operate hybrid systems during the transition period, with the heat pump handling baseload and the existing boiler providing peak backup.
Our product range supports both traditional and low-GWP refrigerants. Newer models are designed for R-290 (propane, GWP=3) and R-744 (CO2, GWP=1), ensuring compliance with the EU F-Gas Regulation phase-down schedule and EPA SNAP requirements.
Installation timelines vary by system complexity. A standard air-source heat pump retrofit for a mid-size commercial building typically takes 4 to 8 weeks from design approval to commissioning. Ground-source systems require additional time for borehole drilling or loop installation.
Yes. All Dimplex heat pump systems can be equipped with IoT-connected controllers that provide real-time performance data, fault alerts, and predictive maintenance scheduling. Our 20 service centers offer 24/7 remote support and on-site service contracts.
Based on current energy prices and typical load profiles, most commercial heat pump installations achieve payback within 3 to 6 years. Our energy modeling service provides a project-specific payback calculation before you commit to a purchase.
Our application engineers will review your requirements and provide a no-obligation system recommendation with estimated energy savings and payback timeline.
